Infrared alarm force campus security

Looking at the current status of campus security, some schools have relatively weak technical awareness. Most kindergartens, primary and middle schools, and even colleges and universities only strengthen their efforts in air defense and physical defense to ensure campus safety. The construction of technical defense is basically in its infancy. Civil air defense and physical defense have become the mainstream of campus security.

Campus security needs: Infrared alarm force With the increase of the size of the school, basic construction tasks, students' students are complicated, and the floating population increases. Normal off-duty after winter vacation, summer vacation, legal holidays, weekends, and weekdays from Monday to Friday. The neutral time is very likely to be the criminal time of criminal activity. The school is a holy place for education and it is the cradle for cultivating talent. In order to ensure the smooth progress of teaching and research activities, safeguard the life and property safety of teachers and students, promote the healthy and steady development of all undertakings, and build a safe and civilized campus, we must strengthen safety precautions.

The functions of different buildings on campus, such as student dormitories, teaching buildings, office buildings, laboratory buildings, and library operations, are each independent, and the specific prevention requirements for each type of site are different. Therefore, the campus security system must meet the requirements of “safety and reliability. The requirements for cost-effective, centralized management, easy expansion, and easy installation, although there are various security systems on the market, there are not many products that truly meet the campus characteristics and are suitable for campus use. The construction of the campus campus infrared burglar alarm system must fully consider the following points:

Adapt to business needs: The design of infrared anti-theft alarm system should be able to adapt to the current situation of the campus, while taking into account the future development.

Practicality and advancement: Using advanced and mature technologies to meet the current campus office needs, taking into account other relevant management needs, and adopting advanced infrared anti-theft alarm technology as far as possible to adapt to the needs of higher multimedia information transmission, so that the entire system is We will maintain the advanced nature of technology for a period of time to adapt to the future development and needs of electronic.

Reliability and Security: In order to ensure the normal application of various services, infrared anti-theft alarm system must have high reliability and security, try to avoid single point of failure of the system. It is necessary to design and build high-reliability infrared burglar alarm system structure, infrared burglar alarm host, infrared burglar alarm probes and other aspects to improve the safety and reliability of the entire infrared burglar alarm network system.

Flexibility and scalability: The school campus infrared burglar alarm system is an evolving system, so it must have good flexibility and expandability. It can be easily adapted to the needs of campus information and infrared burglar alarms. The expansion of infrared alarm system alarm coverage, expand the infrared anti-theft alarm capacity and improve the infrared anti-theft alarm system at all levels of the node's function, improve the technical upgrade, the flexibility of the equipment update.

Openness and interconnectivity: With the characteristics of interconnection and communication with the communications network, ensure that the infrastructure of the infrared anti-theft alarm system can be fully utilized, truly open in structure, adhere to the principle of unification, and thus lay a foundation for future development basis.

Economical and investment protection: The campus infrared anti-theft alarm system should be constructed with a high performance-price ratio so that the capital input-output ratio can reach a maximum value. It can maintain system operation with lower costs and less staff input, providing high efficiency and high efficiency.

It can be easily managed: Due to the complexity of the burglary points in the campus building, the infrared anti-theft alarm system is required to have good manageability, and is equipped with an advanced infrared burglar alarm host to effectively manage and maintain the entire infrared burglar alarm system.

The development of security system integration is imperative to look at the construction of security systems in domestic universities. At present, video surveillance, intrusion alarms, emergency alarms, electronic patrol management, access control management, parking lot management, and intercom systems are still the focus of construction content. However, when it comes to specific needs, some new trends can be found.

The first is the demand for high-definition video. The highest resolution of the original analog camera video can only reach D1 (720×576), which cannot effectively distinguish the target details and fail to achieve the purpose of forensics. At present, the mainstream network camera image resolution can reach at least 720P (1280×720) or even 1080P (1920×1080). The resolution is several times that of the analog camera, and the image evidence can be clearly obtained.

Followed by the need for integrated management of various subsystems. Through an integrated management platform, the video surveillance system, alarm system, access control system, parking system, and command and dispatch system are integrated and managed on a single user interface to form linkages between subsystems, facilitating emergency response and greatly improving security. The efficiency of work.

The third is the demand for intelligent video analysis systems. Through the cooperation of the front-end camera and the back-end platform, set up detection plans such as cross-border, people statistics, crowd gathering, legacy detection, video quality diagnosis, etc., and when they are triggered, notify the on-duty personnel in the form of an alarm event and be able to respond to emergencies in a timely manner. .

In the course of expansion or reconstruction of colleges and universities, in addition to paying attention to the new demands put forward by the security department, we must also focus on the integration of the old and new systems. Newly built university security systems mostly use digital management platforms. Therefore, as long as it is an analog monitoring device with a digital standard interface, it can be accessed via the SDK. The current common practice is to use an embedded hard disk recorder to access the digital management system through the SDK. Other security devices, such as the alarm control host and access controller, can also access the new management platform through the network interface or serial port.